LanzerZero

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@LoLaPeToeP single interconnected network for enhanced scalability, security, and efficiency in blockchain technology applications.

The Superchain initiative by the Optimism Foundation aims to merge the Optimism Mainnet network with OP Chains to create a unified ecosystem for internet-level scaling. Superchain projects will be deployed on OP Stack, a set of solutions simplifying the process of building Layer 2 blockchains and sharing communication capabilities, bridges, security structures, governance, and network upgrades. The vision is to expand the blockchain ecosystem into a decentralized web, replacing centralized entities with a permissionless protocol. Optimism's superchain is horizontally scalable and requires the participation of multiple blockchains, running in parallel to meet the increasing computational demands. Traditional designs face limitations as each new chain introduces a new security model, raising systemic risks within the ecosystem.

@_rehmxs Optimism Mainnet network connected to OP Chains for Superchain innovation, enhancing blockchain technology efficiency.

The Optimism Foundation aims to expand the blockchain ecosystem towards a decentralized web - a new internet that replaces centralized entities with permissionless protocols. Their superchain is highly scalable and horizontal, requiring the collaboration of multiple blockchains. Traditional designs face limitations as each chain introduces a new security model, increasing systemic risk. Developing new chains is expensive and time-consuming as it involves building new validator sets. By creating a multi-chain ecosystem through Layer 2 technology, developers can freely build cross-chain applications without concerns about system risks.

@Daaaanuuchiis Superchain is a decentralized platform combining Layer 2s for a secure multi-chain ecosystem.

@Daaaanuuchiis Superchain is a network of L2 chains called OP Chains that share security and technology.

Optimism's Superchain is a horizontally scalable system that involves multiple blockchains working together. Traditionally, synchronizing a blockchain requires more hardware as the blockchain performs more computations. To scale horizontally, blockchains need to run in parallel. However, existing designs face limitations as each chain uses a unique security model, increasing systemic risk when new chains are added. Developing new chains is costly as it involves creating new validator sets. By combining Layer 2 solutions to create a multi-chain ecosystem, resources can be freely exchanged, allowing developers to build cross-chain applications without worrying about security risks. Superchain acts as a decentralized platform made up of multiple blockchains sharing the same security model and technology stack. Competitors include the Cosmos, Avalanche, and Polkadot ecosystems. Superchain is a network of L2 chains (OP Chains) that share security and technology capabilities, enabling standardized resource exchange. Developers can create applications that work seamlessly across the entire Superchain.

The Optimism Foundation aims to enhance the blockchain ecosystem by creating a decentralized web through permissionless protocols. Their superchain is highly scalable and horizontal, requiring collaboration across multiple blockchains. By utilizing Layer 2 technology to build a multi-chain ecosystem, developers can freely create cross-chain applications without concerns about systemic risks. This innovative approach allows for the exchange of resources as commodities, eliminating the need for costly new chain development.

Several Layer 2 solutions, including Scroll, Linea, and Polygon zkEVM, have not yet been upgraded, resulting in higher transaction fees compared to other Layer 2 solutions. The Dencun update and the introduction of blob have helped alleviate the strain on the Ethereum network, ensuring decentralized and secure transactions. Following the successful deployment of the Dencun upgrade, major Layer 2 projects like zkSync, Starknet, Arbitrum, and Optimism have quickly implemented updates, leading to a decrease in transaction fees. Additionally, the implementation of execution shards allows for different program executions, while regular transaction fees remain consistent. Gas fees for calldata remain at 16 gas/non-zero bytes and 4 gas/zero bytes, with blob transactions utilizing both gas fee markets.

Each shard is set up to run different programs and can operate in its own environment. To address limitations and risks, Ethereum developers opted for data sharding to tackle Rollup expansion issues using "blobs". Data blobs are processed, stored, and verified by consensus nodes independently of execution nodes. EVM cannot access or store data in blobs. Rollup benefits the most from this upgrade by offering data storage in integer units of blobs, with each blob equaling 128 kB. Pricing for blob resources will be market-driven, with a standard of 3 blobs/block (384 kB). If more than 3 blobs are used, the price increases by 12.5%, while usage equal to or below 3 blobs sees a 12.5% price decrease.

@loonxoo Some Layer 2 solutions like Scroll, Linea, and Polygon zkEVM have not been upgraded, causing higher transaction costs and slower speeds.

Some remaining Layer 2 solutions like Scroll, Linea, and Polygon zkEVM have not been upgraded yet, leading to higher transaction fees compared to other Layer 2 solutions. The recent Dencun update and the introduction of Blob have reduced the burden on the Ethereum network while ensuring decentralization and security. Following the successful deployment of the upgraded Dencun version, Layer 2 solutions have swiftly rolled out updates. Projects like zkSync, Starknet, Arbitrum, Base, and Optimism have released updated versions, resulting in significant reductions in transaction fees for ETH transfers. Each execution shard can support different programs, with regular transaction fees remaining constant. Blob transactions utilize both gas fee markets.

Blob is a data storage solution specifically created for Ethereum applications, with a focus on Rollup technology. Ethereum initially planned to implement execution sharding but faced challenges and risks, leading developers to shift focus to data sharding for Rollups using blobs. Data blobs are processed, stored, and verified by consensus nodes separately from execution nodes, ensuring security and scalability. This upgrade benefits Rollup by keeping the Ethereum Virtual Machine inaccessible and providing efficient data storage.

@jtizzle1011 Layer 2 quickly implemented the upgraded version of Dencun after its successful deployment, ensuring improved performance and functionality for users.

Following the successful deployment of the upgraded version of Dencun, Layer 2 wasted no time in rolling out the update. Prominent projects such as zkSync, Starknet, Arbitrum, Base, and Optimism have all released updated versions. Many of these projects have seen a significant reduction in transaction fees for sending ETH, thanks to a sharp decrease in data storage costs. Each execution shard can now be configured with an environment that supports the execution of various programs. In order to address limitations and risks, Ethereum developers have decided to focus on data sharding and address the scalability issue of Rollups by using "blobs". Data blobs are processed, stored, and verified by consensus nodes on the consensus layer, independent of execution nodes on the execution layer. This means that the EVM cannot access or store data in blobs, making Rollup the primary beneficiary of this upgrade. Data storage space is now sold in integer units of blobs, while normal transaction fees remain unchanged, with calldata being charged at 16 gas for non-zero bytes and 4 gas for zero bytes. Only blob transactions will utilize both gas fee markets.

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@lizetthh1 Layer 2 quickly deployed the updated version of Dencun after its successful implementation, ensuring continued efficiency and performance improvements.

Following the successful deployment of the upgraded version of Dencun, Layer 2 wasted no time in rolling out the update. Leading projects such as zkSync, Starknet, Arbitrum, Base, and Optimism have also launched their updated versions. These projects have experienced a marked reduction in transaction fees (especially for sending ETH) thanks to a significant drop in data storage costs. Each execution shard can now be customized to support the execution of various programs. To address limitations and risks, Ethereum developers have opted for data sharding and addressed the scalability issue of expanding Rollups using "blobs". Data blobs are unique in that they are processed, stored, and verified by consensus nodes on the consensus layer, separate from execution nodes on the execution layer. As a result, EVM is unable to access or store data in blobs, making Rollup the primary beneficiary of this upgrade. Data storage space is now sold in integer units of blobs, while regular transaction fees remain unchanged, with calldata being charged at 16 gas for non-zero bytes and 4 gas for zero bytes. Only blob transactions utilize both gas fee markets.

@edwinma4 Layer 2 quickly implemented the upgraded version of Dencun, ensuring that projects could benefit from the improvements immediately.

Following the successful deployment of the upgraded version of Dencun, Layer 2 wasted no time in implementing the update. Projects such as zkSync, Starknet, Arbitrum, Base, and Optimism swiftly released their updated versions. These projects experienced a notable decrease in transaction fees for sending ETH, largely due to reduced data storage costs. Each execution shard can be configured to support the execution of various programs. However, in light of constraints and risks, Ethereum developers opted to pursue data sharding to address the scalability issue associated with expanding Rollups through the use of "blobs". Data blobs have a unique characteristic as they are processed, stored, and verified by consensus nodes on the consensus layer, separate from execution nodes on the execution layer. Consequently, EVM cannot access or store data in blobs, resulting in Rollup being the primary beneficiary of this upgrade. Data storage space is quantified in integer units of blobs, while regular transaction fees remain unchanged, with calldata incurring charges of 16 gas for non-zero bytes and 4 gas for zero bytes. Only blob transactions involve both gas fee markets.

Blob is a new data type created for temporary data storage in Ethereum apps and Rollup. Data blob format offers better throughput and cost efficiency compared to calldata. The high costs of calldata are a major concern for Layer 2 projects, as seen with Rollup spending 15,000 ETH. Originally, Ethereum planned execution sharding but switched to data sharding for Rollups due to limitations. Some NFT collections have their own staking platforms.

@sanchez9muoz Layer 2 wasted no time in launching the upgraded Dencun version after a successful deployment, ensuring projects benefit from the latest improvements in technology.

@sanchez9muoz as Aave and Uniswap quickly integrated the new features and improvements, enhancing the efficiency and user experience of their platforms.

@Lpukitaraxcaco to complexity and security concerns, Ethereum decided to implement data sharding first to improve scalability before developing execution sharding.

Ethereum originally planned to implement execution sharding to allow for the processing of different programs on separate shards. However, due to limitations and risks, developers switched to data sharding. Rollups will now address scalability by using data blobs, which are processed, stored, and verified by consensus nodes independently from execution nodes. This means EVM cannot access or store data in blobs. Rollup benefits the most from this upgrade, with data storage sold in integer units of blobs, each equivalent to 128 kB. The cost of using blob resources will fluctuate based on market supply and demand.